/*
 * Copyright (c) 2025 Huawei Device Co., Ltd.
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */

function EmptyFunc1(): void { }
function EmptyFunc2(): number { return; }
function EmptyFunc3(): void { }
function EmptyFunc4(): any { return undefined; }

function MinimalFunc1(x: number): number { return x; }
function MinimalFunc2(x: number): number { return x + 1; }
function MinimalFunc3(x: number, y: number): number { return x + y; }
function MinimalFunc4(x: number): string { return x.toString(); }

function ReturnOnlyFunc1(x: number): number { return x * 2; }
function ReturnOnlyFunc2(x: string): string { return x.toUpperCase(); }
function ReturnOnlyFunc3(x: boolean): boolean { return !x; }
function ReturnOnlyFunc4(x: any): any { return x; }

function SpecialValueFunc1(x: any): boolean {
    return x === null;
}

function SpecialValueFunc2(x: any): boolean {
    return x === undefined;
}

function SpecialValueFunc3(x: number): boolean {
    return isNaN(x);
}

function SpecialValueFunc4(x: number): boolean {
    return isFinite(x);
}

function SpecialValueFunc5(x: number): boolean {
    return x === Infinity;
}

function SpecialValueFunc6(x: number): boolean {
    return x === -Infinity;
}

function ProcessSpecialValues(x: any): string {
    if (SpecialValueFunc1(x)) return "null";
    if (SpecialValueFunc2(x)) return "undefined";
    if (typeof x === 'number') {
        if (SpecialValueFunc5(x)) return "infinity";
        if (SpecialValueFunc6(x)) return "negative_infinity";
        if (SpecialValueFunc3(x)) return "nan";
        if (SpecialValueFunc4(x)) return "finite";
    }
    return "other";
}

function TypeConversionFunc1(x: any): number {
    return Number(x);
}

function TypeConversionFunc2(x: any): string {
    return String(x);
}

function TypeConversionFunc3(x: any): boolean {
    return Boolean(x);
}

function TypeConversionFunc4(x: number): string {
    return x.toString();
}

function TypeConversionFunc5(x: string): number {
    return parseInt(x);
}

function TypeConversionFunc6(x: string): number {
    return parseFloat(x);
}

function ComplexTypeConversion(value: any): any {
    let result = value;

    result = TypeConversionFunc1(result);
    result = TypeConversionFunc2(result);
    result = TypeConversionFunc3(result);
    result = TypeConversionFunc4(result);

    if (typeof result === 'string') {
        result = TypeConversionFunc5(result);
        result = TypeConversionFunc6(result);
    }

    return result;
}

function OuterClosureFunc(x: number) {
    const captured = x * 2;

    return captured;
}

function ClosureTestFunc(): number {
    let result = OuterClosureFunc(10);
    result += OuterClosureFunc(20);

    return result;
}

function DeepChain1(x: number): number { return x + 1; }
function DeepChain2(x: number): number { return DeepChain1(x) + 2; }
function DeepChain3(x: number): number { return DeepChain2(x) + 3; }
function DeepChain4(x: number): number { return DeepChain3(x) + 4; }
function DeepChain5(x: number): number { return DeepChain4(x) + 5; }
function DeepChain6(x: number): number { return DeepChain5(x) + 6; }
function DeepChain7(x: number): number { return DeepChain6(x) + 7; }
function DeepChain8(x: number): number { return DeepChain7(x) + 8; }
function DeepChain9(x: number): number { return DeepChain8(x) + 9; }
function DeepChain10(x: number): number { return DeepChain9(x) + 10; }
function DeepChain11(x: number): number { return DeepChain10(x) + 11; }
function DeepChain12(x: number): number { return DeepChain11(x) + 12; }

let globalCounter = 0;

function SideEffectFunc1(x: number): number {
    globalCounter++;
    return x * 2;
}

function SideEffectFunc2(x: number): number {
    globalCounter += x;
    return x + 1;
}

function SideEffectFunc3(): number {
    return globalCounter;
}

function SideEffectFunc4(): void {
    globalCounter = 0;
}

function TestSideEffectsImpl(x: number): number {
    let result = x;

    result = SideEffectFunc1(result);
    result = SideEffectFunc2(result);
    result += SideEffectFunc3();

    SideEffectFunc4();

    return result;
}

function ConditionalReturn1(x: number): number {
    if (x > 0) {
        return x * 2;
    }
    return x;
}

function ConditionalReturn2(x: number): number {
    return x > 0 ? x * 2 : x;
}

function ConditionalReturn3(x: number): number {
    switch (x % 3) {
        case 0: return x * 3;
        case 1: return x * 2;
        default: return x;
    }
}

function ConditionalReturn4(x: number, y: number): number {
    if (x > y) return x;
    if (y > x) return y;
    return 0;
}

function TestConditionalReturnsImpl(x: number): number {
    let result = x;

    result = ConditionalReturn1(result);
    result = ConditionalReturn2(result);
    result = ConditionalReturn3(result);
    result = ConditionalReturn4(result, 100);

    return result;
}

function DestructuringArrayFunc(arr: [number, string, boolean]): [string, number, boolean] {
    const [num, str, bool] = arr;
    return [str, num, bool];
}

function DestructuringObjectFunc(obj: { a: number, b: string }): { b: number, a: string } {
    const { a, b } = obj;
    return { b: a, a: b };
}

function DestructuringRestFunc(arr: number[], ...rest: [number, string]): { arr: number[], rest: [number, string] } {
    return { arr, rest };
}

const ArrowFunc1 = (x: number): number => x * 2;
const ArrowFunc2 = (x: number, y: number): number => x + y;
const ArrowFunc3 = (s: string): string => s.toUpperCase();

function TestArrowFunctionsImpl(x: number): number {
    let result = x;

    result = ArrowFunc1(result);
    result = ArrowFunc2(result, 10);
    result = ArrowFunc3(result.toString()).length;

    return result;
}

function DefaultParamFunc1(x: number = 10): number {
    return x * 2;
}

function DefaultParamFunc2(x: number, y: number = 5, z: number = 1): number {
    return x + y + z;
}

function RestParamFunc1(...numbers: number[]): number {
    return numbers.reduce((sum, x) => sum + x, 0);
}

function RestParamFunc2(x: number, ...rest: number[]): number {
    return x + rest.reduce((sum, y) => sum + y, 0);
}

function TestParameterTypesImpl(x: number): number {
    let result = x;

    result = DefaultParamFunc1(result);
    result = DefaultParamFunc2(result);
    result += RestParamFunc1(1, 2, 3, 4, 5);
    result += RestParamFunc2(result, 10, 20);

    return result;
}

interface TestObject {
    value: number;
    getValue(): number;
    setValue(val: number): void;
    increment(): number;
}

function BitwiseFunc1(x: number, y: number): number {
    return x & y;
}

function BitwiseFunc2(x: number, y: number): number {
    return x | y;
}

function BitwiseFunc3(x: number, y: number): number {
    return x ^ y;
}

function BitwiseFunc4(x: number, bits: number): number {
    return x << bits;
}

function BitwiseFunc5(x: number, bits: number): number {
    return x >> bits;
}

function ComparisonFunc1(x: number, y: number): boolean {
    return x === y;
}

function ComparisonFunc2(x: number, y: number): boolean {
    return x !== y;
}

function ComparisonFunc3(x: number, y: number): boolean {
    return x > y;
}

function TestBitwiseAndComparisonsImpl(x: number, y: number): number {
    let result = 0;

    result += BitwiseFunc1(x, y);
    result += BitwiseFunc2(x, y);
    result += BitwiseFunc3(x, y);
    result += BitwiseFunc4(x, 2);
    result += BitwiseFunc5(x, 1);

    if (ComparisonFunc1(x, y)) result += 100;
    if (ComparisonFunc2(x, y)) result += 200;
    if (ComparisonFunc3(x, y)) result += 300;

    return result;
}

function MathEdgeFunc1(x: number): number {
    return Math.sqrt(x);
}

function MathEdgeFunc2(x: number): number {
    return Math.pow(x, 2);
}

function MathEdgeFunc3(x: number): number {
    return Math.abs(x);
}

function MathEdgeFunc4(x: number, y: number): number {
    return Math.max(x, y);
}

function MathEdgeFunc5(x: number, y: number): number {
    return Math.min(x, y);
}

function MathEdgeFunc6(x: number): number {
    return Math.round(x);
}

function TestMathEdgeCasesImpl(x: number): number {
    let result = x;

    if (x >= 0) {
        result = MathEdgeFunc1(result);
    }
    result = MathEdgeFunc2(result);
    result = MathEdgeFunc3(result);
    result = MathEdgeFunc4(result, 100);
    result = MathEdgeFunc5(result, 0);
    result = MathEdgeFunc6(result);

    return result;
}

function StringEdgeFunc1(s: string): string {
    return s.trim();
}

function StringEdgeFunc2(s: string): number {
    return s.length;
}

function StringEdgeFunc3(s: string): string {
    return s.padStart(10, '0');
}

function StringEdgeFunc4(s: string): string {
    return s.repeat(2);
}

function StringEdgeFunc5(s: string): string {
    return s.split('').reverse().join('');
}

function TestStringEdgeCasesImpl(text: string): string {
    let result = text;

    result = StringEdgeFunc1(result);
    result += StringEdgeFunc2(result);
    result = StringEdgeFunc3(result);
    result = StringEdgeFunc4(result);
    result = StringEdgeFunc5(result);

    return result;
}

function TestEmptyAndMinimalFunctions(): void {
    print("=== Empty and Minimal Functions Test ===");

    EmptyFunc1();
    EmptyFunc2();
    EmptyFunc3();
    EmptyFunc4();

    print(`MinimalFunc1(5): ${MinimalFunc1(5)}`);
    print(`MinimalFunc2(5): ${MinimalFunc2(5)}`);
    print(`MinimalFunc3(5, 6): ${MinimalFunc3(5, 6)}`);
    print(`MinimalFunc4(5): ${MinimalFunc4(5)}`);

    print(`ReturnOnlyFunc1(5): ${ReturnOnlyFunc1(5)}`);
    print(`ReturnOnlyFunc2("test_5"): ${ReturnOnlyFunc2("test_5")}`);
    print(`ReturnOnlyFunc3(true): ${ReturnOnlyFunc3(true)}`);
}

function TestSpecialValues(): void {
    print("=== Special Values Test ===");

    print(`ProcessSpecialValues(null): ${ProcessSpecialValues(null)}`);
    print(`ProcessSpecialValues(undefined): ${ProcessSpecialValues(undefined)}`);
    print(`ProcessSpecialValues(NaN): ${ProcessSpecialValues(NaN)}`);

    const testNum = 100;
    print(`SpecialValueFunc1(${testNum}): ${SpecialValueFunc1(testNum)}`);
    print(`SpecialValueFunc2(${testNum}): ${SpecialValueFunc2(testNum)}`);
    print(`SpecialValueFunc3(${testNum}): ${SpecialValueFunc3(testNum)}`);
    print(`SpecialValueFunc4(${testNum}): ${SpecialValueFunc4(testNum)}`);
    print(`SpecialValueFunc5(Infinity): ${SpecialValueFunc5(Infinity)}`);
    print(`SpecialValueFunc6(-Infinity): ${SpecialValueFunc6(-Infinity)}`);
}

function TestTypeConversions(): void {
    print("=== Type Conversion Test ===");

    print(`ComplexTypeConversion(123): ${JSON.stringify(ComplexTypeConversion(123))}`);
    print(`ComplexTypeConversion("456"): ${JSON.stringify(ComplexTypeConversion("456"))}`);
    print(`ComplexTypeConversion(true): ${JSON.stringify(ComplexTypeConversion(true))}`);

    print(`TypeConversionFunc1(42): ${TypeConversionFunc1(42)}`);
    print(`TypeConversionFunc2(42): ${TypeConversionFunc2(42)}`);
    print(`TypeConversionFunc3(42): ${TypeConversionFunc3(42)}`);
}

function TestClosuresAndHoisting(): void {
    print("=== Closures and Hoisting Test ===");

    const result = ClosureTestFunc();
    print(`ClosureTestFunc result: ${result}`);
}

function TestDeepChains(): void {
    print("=== Deep Chains Test ===");

    const result = DeepChain12(5);
    print(`DeepChain12(5): ${result}`);
}

function TestSideEffects(): void {
    print("=== Side Effects Test ===");

    SideEffectFunc4();
    const result = TestSideEffectsImpl(50);
    print(`TestSideEffects(50): ${result}, counter: ${SideEffectFunc3()}`);
}

function TestConditionalReturns(): void {
    print("=== Conditional Returns Test ===");

    const testValues = [-10, 0, 1, 50, 100];
    for (const val of testValues) {
        const result = TestConditionalReturnsImpl(val);
        print(`TestConditionalReturns(${val}): ${result}`);
    }
}

function TestDestructuring(): void {
    print("=== Destructuring Test ===");

    const results = TestDestructuringImpl();
    for (let i = 0; i < Math.min(3, results.length); i++) {
        print(`Destructuring result ${i}: ${JSON.stringify(results[i])}`);
    }
}

function TestDestructuringImpl(): any[] {
    const results: any[] = [];

    results.push(DestructuringArrayFunc([1, "test", true]));
    results.push(DestructuringObjectFunc({ a: 42, b: "hello" }));
    results.push(DestructuringRestFunc([1, 2, 3, 4, 5], 99, "rest"));

    return results;
}

function TestArrowFunctions(): void {
    print("=== Arrow Functions Test ===");

    const result = TestArrowFunctionsImpl(5);
    print(`TestArrowFunctions(5): ${result}`);
}

function TestParameterTypes(): void {
    print("=== Parameter Types Test ===");

    const result = TestParameterTypesImpl(5);
    print(`TestParameterTypes(5): ${result}`);
}

function TestBitwiseAndComparisons(): void {
    print("=== Bitwise and Comparisons Test ===");

    const result = TestBitwiseAndComparisonsImpl(5, 10);
    print(`TestBitwiseAndComparisons(5, 10): ${result}`);
}

function TestMathEdgeCases(): void {
    print("=== Math Edge Cases Test ===");

    const testValues = [0, 1, 25];
    for (const val of testValues) {
        const result = TestMathEdgeCasesImpl(val);
        print(`TestMathEdgeCases(${val}): ${result}`);
    }
}

function TestStringEdgeCases(): void {
    print("=== String Edge Cases Test ===");

    const testStrings = ["hello", "test"];
    for (const str of testStrings) {
        const result = TestStringEdgeCasesImpl(str);
        print(`TestStringEdgeCases("${str}"): ${result}`);
    }
}

function ExtremeValueFunc1(x: number): number {
    return x + Number.MAX_SAFE_INTEGER;
}

function ExtremeValueFunc2(x: number): number {
    return x - Number.MAX_SAFE_INTEGER;
}

function ExtremeValueFunc3(x: number): boolean {
    return x === Number.POSITIVE_INFINITY;
}

function ExtremeValueFunc4(x: number): boolean {
    return x === Number.NEGATIVE_INFINITY;
}

function ExtremeValueFunc5(x: number): number {
    return Math.min(x, Number.MAX_SAFE_INTEGER);
}

function ExtremeValueFunc6(x: number): number {
    return Math.max(x, Number.MIN_SAFE_INTEGER);
}

function ExtremeValueOrchestrator(x: number): number {
    let result = x;

    result = ExtremeValueFunc1(result);
    result = ExtremeValueFunc2(result);
    result = ExtremeValueFunc5(result);
    result = ExtremeValueFunc6(result);

    if (ExtremeValueFunc3(result)) {
        result = 0;
    }
    if (ExtremeValueFunc4(result)) {
        result = 1;
    }

    return result;
}

class ParentClass {
    public value: number;

    constructor(value: number) {
        this.value = value;
    }

    public getValue(): number {
        return this.value;
    }

    public setValue(value: number): void {
        this.value = value;
    }

    public multiply(factor: number): number {
        return this.value * factor;
    }
}

class ChildClass extends ParentClass {
    public bonus: number;

    constructor(value: number, bonus: number) {
        super(value);
        this.bonus = bonus;
    }

    public getTotal(): number {
        return this.value + this.bonus;
    }

    public getValue(): number {
        return super.getValue() + this.bonus;
    }
}

function PrototypeEdgeCase1(obj: ParentClass): number {
    return obj.getValue();
}

function PrototypeEdgeCase2(obj: ChildClass): number {
    return obj.getTotal();
}

function PrototypeEdgeCase3(obj: ParentClass): number {
    if (obj instanceof ChildClass) {
        return obj.getValue();
    }
    return obj.getValue();
}

function PrototypeOrchestrator(): number {
    const parent = new ParentClass(10);
    const child = new ChildClass(20, 5);

    let result = PrototypeEdgeCase1(parent);
    result += PrototypeEdgeCase2(child);
    result += PrototypeEdgeCase3(parent);
    result += PrototypeEdgeCase3(child);

    return result;
}

function* GeneratorFunc1(limit: number): Iterable<number> {
    for (let i = 0; i < limit; i++) {
        yield i;
    }
}

function* GeneratorFunc2(start: number, end: number): Iterable<number> {
    for (let i = start; i <= end; i++) {
        yield i * i;
    }
}

function* GeneratorFunc3(items: number[]): Iterable<number> {
    for (const item of items) {
        if (item % 2 === 0) {
            yield item;
        }
    }
}

function IteratorEdgeCase1(n: number): number {
    let sum = 0;
    for (const val of GeneratorFunc1(n)) {
        sum += val;
    }
    return sum;
}

function IteratorEdgeCase2(start: number, end: number): number {
    let sum = 0;
    for (const val of GeneratorFunc2(start, end)) {
        sum += val;
    }
    return sum;
}

function IteratorEdgeCase3(arr: number[]): number {
    let sum = 0;
    for (const val of GeneratorFunc3(arr)) {
        sum += val;
    }
    return sum;
}

function IteratorOrchestrator(): number {
    let result = 0;

    result += IteratorEdgeCase1(10);
    result += IteratorEdgeCase2(5, 10);
    result += IteratorEdgeCase3([1, 2, 3, 4, 5, 6, 7, 8]);

    return result;
}

function ProxyEdgeCase1(obj: any): any {
    const handler = {
        get: function(target: any, prop: string): any {
            return target[prop] * 2;
        }
    };

    const proxy = new Proxy(obj, handler);
    return proxy.value;
}

function ProxyEdgeCase2(obj: any): any {
    const handler = {
        set: function(target: any, prop: string, value: any): boolean {
            target[prop] = value * 3;
            return true;
        }
    };

    const proxy = new Proxy(obj, handler);
    proxy.value = 10;
    return proxy.value;
}

function ProxyOrchestrator(): number {
    const obj1 = { value: 5 };
    const obj2 = { value: 0 };

    const result1 = ProxyEdgeCase1(obj1);
    const result2 = ProxyEdgeCase2(obj2);

    return result1 + result2;
}

const Symbol1 = Symbol('test1');
const Symbol2 = Symbol('test2');
const Symbol3 = Symbol.for('global');

function SymbolEdgeCase1(obj: any): any {
    return obj[Symbol1];
}

function SymbolEdgeCase2(obj: any): boolean {
    return Symbol1 in obj;
}

function SymbolEdgeCase3(obj: any): string {
    return obj[Symbol.for('description')] || 'no symbol';
}

function SymbolOrchestrator(): any {
    const obj = {
        [Symbol1]: 100,
        [Symbol2]: 200,
        [Symbol3]: 'global symbol',
        normalProp: 'normal'
    };

    return {
        value1: SymbolEdgeCase1(obj),
        hasSymbol1: SymbolEdgeCase2(obj),
        description: SymbolEdgeCase3(obj)
    };
}

function SimulatedAsyncEdgeCase1(x: number): number {
    return x * 2;
}

function SimulatedAsyncEdgeCase2(x: number): number {
    return x * 4;
}

function SimulatedAsyncOrchestrator(values: number[]): number[] {
    return values.map(val => {
        const result1 = SimulatedAsyncEdgeCase1(val);
        const result2 = SimulatedAsyncEdgeCase2(result1);
        return result2;
    });
}

function MemoryPressureEdgeCase1(size: number): number[] {
    const arrays: number[][] = [];
    for (let i = 0; i < size; i++) {
        arrays.push(Array.from({length: 100}, (_, j) => i + j));
    }

    return arrays.map(arr => arr.reduce((sum, x) => sum + x, 0));
}

function MemoryPressureEdgeCase2(iterations: number): number {
    let result = 0;
    for (let i = 0; i < iterations; i++) {
        const tempObj = {
            id: i,
            data: Array.from({length: 50}, (_, j) => i * j),
            processed: true
        };
        result += tempObj.data.reduce((sum, x) => sum + x, 0);
    }
    return result;
}

function MemoryPressureOrchestrator(): number {
    const result1 = MemoryPressureEdgeCase1(10).reduce((sum, x) => sum + x, 0);
    const result2 = MemoryPressureEdgeCase2(5);
    return result1 + result2;
}

function UnicodeEdgeCase1(text: string): number {
    let count = 0;
    for (const char of text) {
        count++;
    }
    return count;
}

function UnicodeEdgeCase2(text: string): string {
    return Array.from(text).reverse().join('');
}

function UnicodeEdgeCase3(text: string): string {
    return text.toLocaleUpperCase('en-US');
}

function UnicodeOrchestrator(): object {
    const testTexts = [
        "Hello World",
        "Café",
        "你好",
        "العربية",
        "עברית",
        "العبرية",
        "Español"
    ];

    return testTexts.map(text => ({
        original: text,
        length: UnicodeEdgeCase1(text),
        reversed: UnicodeEdgeCase2(text),
        upper: UnicodeEdgeCase3(text)
    }));
}

function ComputationEdgeCase1(): number {
    let result = 0;
    for (let i = 0; i < 100; i++) {
        result += Math.sqrt(i) * Math.sin(i);
    }
    return result;
}

function ComputationEdgeCase2(iterations: number): number {
    let result = 0;
    for (let i = 0; i < iterations; i++) {
        result += (i * 0.1) * (i * 0.2);
    }
    return result;
}

function ComputationOrchestrator(): number {
    const result1 = ComputationEdgeCase1();
    const result2 = ComputationEdgeCase2(100);
    return result1 + result2;
}

function ErrorBoundaryEdgeCase1(x: number): number {
    try {
        if (x < 0) {
            throw new Error("Negative value not allowed");
        }
        return Math.sqrt(x);
    } catch (error) {
        return 0;
    }
}

function ErrorBoundaryEdgeCase2(divisor: number, dividend: number): number {
    try {
        return dividend / divisor;
    } catch (error) {
        return 0;
    } finally {
        dividend = dividend + 1;
    }
}

function ErrorBoundaryEdgeCase3(obj: any): number {
    try {
        return obj.property.nested.deep;
    } catch (error) {
        return -1;
    }
}

function ErrorBoundaryOrchestrator(): number[] {
    const testValues = [-1, 0, 1, 4, 9, 16];
    const testDivisors = [0, 1, 2, 3, 4];
    const testObjects = [
        { property: { nested: { deep: 100 } } },
        { property: { nested: {} } },
        { property: {} },
        {},
        null,
        undefined
    ];

    const results: number[] = [];

    for (const val of testValues) {
        results.push(ErrorBoundaryEdgeCase1(val));
    }

    for (const divisor of testDivisors) {
        results.push(ErrorBoundaryEdgeCase2(divisor, 100));
    }

    for (const obj of testObjects) {
        results.push(ErrorBoundaryEdgeCase3(obj));
    }

    return results;
}

function TestExtremeValues(): void {
    print("=== Extreme Value Edge Case Tests ===");

    const testValue = 100;
    const result = ExtremeValueOrchestrator(testValue);
    print(`ExtremeValueOrchestrator(${testValue}): ${result}`);
}

function TestPrototypeAndInheritance(): void {
    print("=== Prototype and Inheritance Edge Case Tests ===");

    const result = PrototypeOrchestrator();
    print(`PrototypeOrchestrator result: ${result}`);
}

function TestGeneratorsAndIterators(): void {
    print("=== Generator and Iterator Edge Case Tests ===");

    const result = IteratorOrchestrator();
    print(`IteratorOrchestrator result: ${result}`);
}

function TestProxies(): void {
    print("=== Proxy Edge Case Tests ===");

    const result = ProxyOrchestrator();
    print(`ProxyOrchestrator result: ${result}`);
}

function TestSymbols(): void {
    print("=== Symbol Edge Case Tests ===");

    const result = SymbolOrchestrator();
    print(`SymbolOrchestrator result: ${JSON.stringify(result)}`);
}

function TestSimulatedAsync(): void {
    print("=== Simulated Async Edge Case Tests ===");

    const testArray = [1, 2, 3, 4, 5];
    const result = SimulatedAsyncOrchestrator(testArray);
    print(`SimulatedAsyncOrchestrator([${testArray.join(', ')}]): [${result.join(', ')}]`);
}

function TestMemoryPressure(): void {
    print("=== Memory Pressure Edge Case Tests ===");

    const result = MemoryPressureOrchestrator();
    print(`MemoryPressureOrchestrator result: ${result}`);
}

function TestUnicode(): void {
    print("=== Unicode Edge Case Tests ===");

    const result = UnicodeOrchestrator();
    print(`UnicodeOrchestrator result: ${JSON.stringify(result)}`);
}

function TestComputation(): void {
    print("=== Computation Edge Case Tests ===");

    const result = ComputationOrchestrator();
    print(`ComputationOrchestrator result: ${result}`);
}

function TestErrorBoundaries(): void {
    print("=== Error Boundary Edge Case Tests ===");

    const result = ErrorBoundaryOrchestrator();
    print(`ErrorBoundaryOrchestrator result: [${result.join(', ')}]`);
}

print("=== Edge Case Inline Testing ===");

print("Phase 1: Empty and minimal function tests");
TestEmptyAndMinimalFunctions();
ArkTools.jitCompileAsync(TestEmptyAndMinimalFunctions);
print(ArkTools.waitJitCompileFinish(TestEmptyAndMinimalFunctions));
TestEmptyAndMinimalFunctions();

print("Phase 2: Special values tests");
TestSpecialValues();
ArkTools.jitCompileAsync(TestSpecialValues);
print(ArkTools.waitJitCompileFinish(TestSpecialValues));
TestSpecialValues();

print("Phase 3: Type conversion tests");
TestTypeConversions();
ArkTools.jitCompileAsync(TestTypeConversions);
print(ArkTools.waitJitCompileFinish(TestTypeConversions));
TestTypeConversions();

print("Phase 4: Closures and hoisting tests");
TestClosuresAndHoisting();
ArkTools.jitCompileAsync(TestClosuresAndHoisting);
print(ArkTools.waitJitCompileFinish(TestClosuresAndHoisting));
TestClosuresAndHoisting();

print("Phase 5: Deep chain tests");
TestDeepChains();
ArkTools.jitCompileAsync(TestDeepChains);
print(ArkTools.waitJitCompileFinish(TestDeepChains));
TestDeepChains();

print("Phase 6: Side effects tests");
TestSideEffects();
ArkTools.jitCompileAsync(TestSideEffects);
print(ArkTools.waitJitCompileFinish(TestSideEffects));
TestSideEffects();

print("Phase 7: Conditional return tests");
TestConditionalReturns();
ArkTools.jitCompileAsync(TestConditionalReturns);
print(ArkTools.waitJitCompileFinish(TestConditionalReturns));
TestConditionalReturns();

print("Phase 8: Destructuring tests");
TestDestructuring();
ArkTools.jitCompileAsync(TestDestructuring);
print(ArkTools.waitJitCompileFinish(TestDestructuring));
TestDestructuring();

print("Phase 9: Arrow function tests");
TestArrowFunctions();
ArkTools.jitCompileAsync(TestArrowFunctions);
print(ArkTools.waitJitCompileFinish(TestArrowFunctions));
TestArrowFunctions();

print("Phase 10: Parameter type tests");
TestParameterTypes();
ArkTools.jitCompileAsync(TestParameterTypes);
print(ArkTools.waitJitCompileFinish(TestParameterTypes));
TestParameterTypes();

print("Phase 11: Bitwise and comparison tests");
TestBitwiseAndComparisons();
ArkTools.jitCompileAsync(TestBitwiseAndComparisons);
print(ArkTools.waitJitCompileFinish(TestBitwiseAndComparisons));
TestBitwiseAndComparisons();

print("Phase 12: Math edge case tests");
TestMathEdgeCases();
ArkTools.jitCompileAsync(TestMathEdgeCases);
print(ArkTools.waitJitCompileFinish(TestMathEdgeCases));
TestMathEdgeCases();

print("Phase 13: String edge case tests");
TestStringEdgeCases();
ArkTools.jitCompileAsync(TestStringEdgeCases);
print(ArkTools.waitJitCompileFinish(TestStringEdgeCases));
TestStringEdgeCases();

print("Phase 14: Extreme value tests");
TestExtremeValues();
ArkTools.jitCompileAsync(TestExtremeValues);
print(ArkTools.waitJitCompileFinish(TestExtremeValues));
TestExtremeValues();

print("Phase 15: Prototype and inheritance tests");
TestPrototypeAndInheritance();
ArkTools.jitCompileAsync(TestPrototypeAndInheritance);
print(ArkTools.waitJitCompileFinish(TestPrototypeAndInheritance));
TestPrototypeAndInheritance();

print("Phase 16: Generator and iterator tests");
TestGeneratorsAndIterators();
ArkTools.jitCompileAsync(TestGeneratorsAndIterators);
print(ArkTools.waitJitCompileFinish(TestGeneratorsAndIterators));
TestGeneratorsAndIterators();

print("Phase 17: Proxy tests");
TestProxies();
ArkTools.jitCompileAsync(TestProxies);
print(ArkTools.waitJitCompileFinish(TestProxies));
TestProxies();

print("Phase 18: Symbol tests");
TestSymbols();
ArkTools.jitCompileAsync(TestSymbols);
print(ArkTools.waitJitCompileFinish(TestSymbols));
TestSymbols();

print("Phase 19: Simulated async tests");
TestSimulatedAsync();
ArkTools.jitCompileAsync(TestSimulatedAsync);
print(ArkTools.waitJitCompileFinish(TestSimulatedAsync));
TestSimulatedAsync();

print("Phase 20: Memory pressure tests");
TestMemoryPressure();
ArkTools.jitCompileAsync(TestMemoryPressure);
print(ArkTools.waitJitCompileFinish(TestMemoryPressure));
TestMemoryPressure();

print("Phase 21: Unicode tests");
TestUnicode();
ArkTools.jitCompileAsync(TestUnicode);
print(ArkTools.waitJitCompileFinish(TestUnicode));
TestUnicode();

print("Phase 22: Computation tests");
TestComputation();
ArkTools.jitCompileAsync(TestComputation);
print(ArkTools.waitJitCompileFinish(TestComputation));
TestComputation();

print("Phase 23: Error boundary tests");
TestErrorBoundaries();
ArkTools.jitCompileAsync(TestErrorBoundaries);
print(ArkTools.waitJitCompileFinish(TestErrorBoundaries));
TestErrorBoundaries();

print("Edge case inline testing completed");